Cell type is hypothesized to be a key determinant of a neuron's role within a circuit. Here, we
examine whether a neuron's transcriptomic type influences the timing of its activity. We …

Deciphering useful information from electrophysiological data recorded from the brain, in-
vivo or in-vitro, is dependent on the capability to analyse spike patterns efficiently and …

A major stumbling block to cracking the real-time neural code is neuronal variability-neurons
discharge spikes with enormous variability not only across trials within the same …

Stimulus presentation is believed to quench neural response variability as measured by
fano-factor (FF). However, the relative contributions of within-trial spike irregularity and trial …

Previous studies in the macaque monkey have provided clear causal evidence for an
involvement of the medial-superior-temporal area (MST) in the perception of self-motion …

Cracking brain's neural code is of general interest. In contrast to the traditional view that
enormous spike variability in resting states and stimulus-triggered responses reflects noise …

A stimulus can be encoded in a population of spiking neurons through any change in the
statistics of the joint spike pattern, yet we commonly summarize single-trial population …

We recently proposed that attention control uses object-category representations consisting
of category-consistent features (CCFs), those features occurring frequently and consistently …

Two elements of neural information processing have primarily been proposed: firing rate
and spike timing of neurons. In the case of synaptic plasticity, although spike-timing …